Winder apparatus with transfer brush roll

Abstract

A winder apparatus for winding webs of material into rolls includes a conveyor, and a winding turret with a plurality of rotatably driven winding spindles thereon. The winding turret indexes the winding spindles relative to the apparatus conveyor, with each spindle moved to a transfer position wherein a web of material is transferred from the conveyor onto the spindle to initiate roll formation. A rotatably driven transfer brush assembly is positionable in operative association with the conveyor and the spindle in the winding position to facilitate efficient and consistent transfer of a web from the conveyor onto the spindle for roll formation.

Description

TECHNICAL FIELD[0001]The present invention relates generally to an apparatus for winding webs of material into individual rolls, and more particularly to a winder apparatus having a brush roll assembly which facilitates efficient transfer of serially conveyed webs of material onto associated winding spindles of the apparatus.BACKGROUND OF THE INVENTION[0002]Automated winding machines facilitate efficient, high-speed winding of webs of materials, such as interleaved or connected plastic film bags, into individual rolls. An apparatus of this nature includes a conveyor along which the webs of material are serially conveyed, and an associated, indexable winding turret having a plurality of winding spindles mounted thereon. The spindles of the winding turret can each be indexed to a so-called transfer position, with winding of a roll initiated by transferring a leading edge portion of one of the material webs onto the winding spindle. The spindle is rotatably driven in coordination with ...

AI Technical Summary

Benefits of technology

"The present invention is about a winder apparatus for winding webs of materials into coreless rolls. The apparatus includes a conveyor for serially conveying webs of material to be wound into rolls. It also includes an indexable winding turret with a plurality of winding spindles and a rotatably driven transfer brush assembly positioned in operative association with the web conveyor. The transfer brush assembly includes at least one rotatable brush wheel that is engageable with one of the webs for transferring it onto one of the spindles when it is in the transfer position. The brush wheel is positioned opposite to the direction in which the webs are conveyed. The apparatus also includes a support roll positioned beneath the conveyor for cooperation with the transfer brush assembly. The technical effects of the invention include consistent and reliable web-transfer, economical manufacture and use, and improved efficiency in winding webs onto rolls."

Problems solved by technology

Heretofore, operation of such a winder apparatus can inadvertently result in mis-transfer of one of the webs of material, that is, failure to initiate the intended winding of the web onto the winding spindle at the transfer position.

Naturally, such mis-transfers undesirably results in wasted product and undesirable down time for the equipment.

As noted, this existing transfer arrangement can sometimes undesirably result in mis-transfer of the webs of material.

Additionally, this particular component of the winding apparatus is a relatively expensive part to fabricate, entailing substantial machine work for its manufacture.

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